Dewesoft driver for Gigabit Ethernet cameras, version 1.9. See How-to Instructions for installation and changelog. IMPORTANT: Driver 1.9 must be installed with Smartek SDK 2.6.2 or higher (it is also included in the zip file).

This plugin supports one NMEA compatible Weather Station Device (e.g. Vaisala WXT520) via RS232 interface. Currently MWV and XDR messages are supported. The device must be configured to send the data automatically.

The Online Data Export (ODE) plugin can export DEWESoft® measurement data of numerical channels during storing directly to a database (currently MySQL® and Microsoft SQL Server® are supported) or to .csv fies (that can later be imported into the database).
Note: array channels (like FFT) are not supported.

CONSIDER USING THE SUCESSOR PLUGIN: SerialCom!
The RS232 Plugin can extract numeric data from an RS232 data stream. You can specify the number of channels (aka. fields), the start-string, stop-string and field separator, decimal and thousands-separator. Example-stream: "$CSV,123;-123.12;1;4E10;\CR\LF"

The Generic RS232 Plugin can extract numeric data from an RS232 data stream. You can specify the number of channels (aka. fields), the start-string, stop-string and field separator, decimal and thousands-separator. Example-stream: "$CSV,123;-123.12;1;4E10;\CR\LF"

The DEWESoft® Selective Storing plugin can be used to store only a part of the FLIR camera data. You can easily define simple alarm-conditions and a pre-post trigger time. This will work with any 2D array channels, but is commonly used for FLIR cameras.
A typical use-case is that you want to store a DEWESoft® data-file and only when the FLIR camera detects that a certain region gets to hot, you also want to store the FLIR data to the DEWESoft® datafile, to see what's going on.

A generic plugin for Serial Communication (RS232 and compatible). It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication (RS232 and compatible). It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

A generic plugin for Serial Communication. It can receive serial data and extract text or numeric data from the byte stream. You can also send data to the serial device (e.g. on start of storing or every X seconds, ...).

Sound power is characteristics of the sound source and is one of the practical ways of comparing various sound sources. Sound power plugin calculates Spl and Lw - overal and spectrall (octave) values. Plugin offers also standard corrections like C1, C2, K1 and K2.

Sound power is characteristics of the sound source and is one of the practical ways of comparing various sound sources. Sound power plugin calculates Spl and Lw - overal and spectrall (octave) values. Plugin offers also standard corrections like C1, C2, K1 and K2.

Sound power is characteristics of the sound source and is one of the practical ways of comparing various sound sources. Sound power plugin calculates Spl and Lw - overal and spectrall (octave) values. Plugin offers also standard corrections like C1, C2, K1 and K2.

Shock response spectrum is a graphical representation of transient acceleration input (such as shock) in terms of how SDOF system respons to that input. SRS is calclated in time domain as series of filters. Results are presented as plots of frequency vs amplitude (max-max, min-max...).

Shock response spectrum is a graphical representation of transient acceleration input (such as shock) in terms of how SDOF system respons to that input. SRS is calclated in time domain as series of filters. Results are presented as plots of frequency vs amplitude (max-max, min-max...).

Shock response spectrum is a graphical representation of transient acceleration input (such as shock) in terms of how SDOF system respons to that input. SRS is calclated in time domain as series of filters. Results are presented as plots of frequency vs amplitude (max-max, min-max...).

Shock response spectrum is a graphical representation of transient acceleration input (such as shock) in terms of how SDOF system respons to that input. SRS is calclated in time domain as series of filters. Results are presented as plots of frequency vs amplitude (max-max, min-max...).

Shock response spectrum is a graphical representation of transient acceleration input (such as shock) in terms of how SDOF system respons to that input. SRS is calclated in time domain as series of filters. Results are presented as plots of frequency vs amplitude (max-max, min-max...).

Shock response spectrum is a graphical representation of transient acceleration input (such as shock) in terms of how SDOF system respons to that input. SRS is calclated in time domain as series of filters. Results are presented as plots of frequency vs amplitude (max-max, min-max...).

The DEWESoft® TCP/IP Binary Client plugin can receive data from external applications (e.g. LabView, ...) via TCP/IP and add this data to Dewesoft channels. The external application must send the data in the protocol specified in the documentation: i.e. the software-team of the external application must do some programming to make their application talk to this plugin.

DER is an Excel 2013 Add-In that can be used to create Excel reports based on multiple DEWESoft® data-files. Features: use channel-data, DEWESoft® header information and easily create charts. Time can be relative to the first trigger (use-case: Brake Test Reports). PDF documentation is included in the download.